The working principle and design concept of sewage flow meter

Abstract: The information on the working principle and design concept of the sewage flow meter is provided by the excellent flow meter and flow meter manufacturers. The working principle and design concept of sewage flowmeter: Which industrial fields use flowmeters if they cannot be measured, they cannot be managed. This is a mantra in industry, especially for flow measurement. In short, the demand for traffic monitoring is increasing. More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following is the working principle and design concept of sewage flowmeters for details. The working principle and design concept of sewage flowmeter: which industrial fields use flowmeter“If you can't measure it, you can't manage it.”This is a mantra in industry, especially for flow measurement. In short, there is an increasing demand for flow monitoring, often requiring higher speed and precision monitoring. There are several areas where industrial flow measurement is important, such as domestic waste. With increasing attention to environmental protection, the disposal and monitoring of waste has become very important in order to make our world cleaner and less polluting. Humans consume vast amounts of water, and as the global population grows, it will increase. Flow meters are critical, both for monitoring domestic wastewater and as an integral part of the process control system of a wastewater treatment plant. Figure 1. Simplified Wastewater Treatment Plant Flowmeters are also used in many industrial control processes, including chemical/pharmaceutical, food and beverage, pulp and paper, and more. Such applications often require flow measurement in the presence of large amounts of solids— Most traffic technologies cannot easily handle this requirement. The delivery metering field handles product transfers and payments between two parties and requires high-end flow meters. One example is the transport of oil through large pipeline systems. In such applications, even a small change in flow measurement accuracy over time can result in a loss or significant gain to one party. Electromagnetic induction technology is ideal for liquid flow measurement For liquid flow measurement, sewage flow meter technology has several advantages. Its sensor is generally connected to the pipe, and its diameter is the same as the pipe diameter, so that the measurement will not interfere or restrict the flow of the medium. Since the sensor is not directly immersed in the liquid and has no moving parts, there are no wear issues. Electromagnetic methods measure volume flow, which means that the measurement is insensitive to changes in parameters such as fluid density, temperature, pressure, and viscosity. Once an electromagnetic flowmeter is calibrated with water, it can be used to measure other types of conductive fluids without further calibration. This is an important advantage over other types of flowmeters. Sewage flow meters are particularly suitable for measuring solid-liquid two-phase media, such as mud and other highly conductive media with suspended soil, solid particles, fibers or viscous substances. It can be used to measure sewage, mud, mineral pulp, paper pulp, chemical fiber pulp and other media. This makes it particularly suitable for the food, pharmaceutical and other industries, where it can measure corn syrup, fruit juice, alcohol, drugs, plasma and many other special media. The working principle of sewage flowmeter The working principle of sewage flowmeter is based on Faraday's law of electromagnetic induction. According to Faraday's law, when a conductive fluid flows through the magnetic field of the sensor, an electromotive force proportional to the volume flow is generated between a pair of electrodes, and its direction is perpendicular to the flow direction and the magnetic field. The magnitude of the electromotive force can be expressed as: where E is the induced potential, k is a constant, B is the magnetic flux density, D is the inner diameter of the measuring tube, and v is the average velocity of the fluid in the measuring tube in the axial direction of the electrode section. Figure 2. The working principle of sewage flowmeter The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Working Principle and Design Concept of Sewage Flow Meter'

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